Simulation

Description

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People

  

  

  

1 of 8

  

  

  

• APICHAI BHATRANAND
• APIWAT WISITSORASAK
• CHAROENCHAI KHOMPATRAPORN
• CHERDPONG JOMDECHA
• CHUKIAT WORASUCHEEP

Publications

  

  

  

3 of 19

  

  

  

• ● Analytical Method with Iteration Technique (AMIT) and Finite Element Method (FEM) for Predicting the Flexural Performance of Glulam Wood/PVC Composite Hollow Member.; Aunyingcharoen, P., Pulngern, et al.; 2024; Journal article
• ● Analytical Method with Iteration Technique (AMIT) and Finite Element Method (FEM) for Predicting the Flexural Performance of Glulam Wood/PVC Composite Hollow Member; Aunyingcharoen P., Pulngern T., Rosarpitak V., et al.; 2024; Journal article
• ● Analytical Solution and Buckling of Hemi-Ellipsoidal Shell Structures of Revolution under Uniformly Distributed Load; Kasan Chanto, Tawich Pulngern, Chanachai Tangbanjongkij, et al.; 2023; Journal article
• ● An Improved Linear Combination of Two Estimators for Reducing the Mean Squared Error in a Sample Survey under Simple Random Sampling; Napattchan Dansawad; 2022; Journal article
• ● Antibacterial Potential of a Novel Peptide from the Consensus Sequence of Dermaseptin Related Peptides Secreted by Agalychnis annae; Ajingi, Ya'u Sabo; Muhammad, Auwal; Khunrae, et al.; 2021; Journal article

Projects

  

  

  

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• ● Computational model to study the inhibition mechanism of target proteins resposible for COVID-19 infection by derivatives of compounds from Boesenbergia rotunda (fingerroot) extract; THANA SUTTHIBUTPONG - Department of Physics
• ● Investigation on Helmet Structural Performance under Severity of Motorcycle Accidents in Thailand; SUPHANUT KONGWAT - Department of Mechanical Engineering
• ● On the analysis of the fast-ion motion and preliminary design of the ion detector in Thailand Tokamak-1; APIWAT WISITSORASAK - Department of Physics
• ● Prediction of Lattice Constant in Nickel Based Superalloy using Machine Learning; RAJCHAWIT SAROCHAWIKASIT - Department of Computer Engineering
• ● Property Insurance Claim Simulation Model with Normal Approximation via Associated Random Point Processes; NATHAKHUN WIROONSRI - Department of Mathematics